申克
湖南大学材料科学与工程学院教授
申克，男，工学博士，湖南大学材料科学与工程学院教授、博士生指导教师。2013年获清华大学工学博士学位，2013-2017年清华大学核研院、美国伯克利加州大学开展博士后研究。2017年，加入湖南大学材料科学与工程学院任教，并于2021年晋升为正教授。主要从事炭石墨材料的基础理论研究，以及核级石墨、等静压石墨的应用技术开发。
主持国家自然科学基金面上项目4项，青年基金1项，中国石化、中核集团科研项目多项。在Advanced Materials, Advanced Functional Materials, Carbon，Journal of Nuclear Materials等期刊上发表论文50余篇。多次在世界碳材料大会，国际核石墨专家会，中日韩碳材料研讨会等国际会议上做邀请报告。获中国非金属矿科学技术奖技术发明类一等奖（排名第一），2022年湖南大学优秀教师，第29届国际核工程大会最佳论文奖。兼任先进炭材料及应用技术湖南省重点实验室副主任，《炭素技术》编委，《物理化学学报》青年编委，中国颗粒学会青年理事，核学会核石墨及碳材料测试与应用分会理事等学术职务，核石墨产学研用联盟常务理事长兼秘书长。
教育经历
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清华大学材料学院 博士生 2007-2013
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清华大学材料系 本科生 2003-2007
研究方向
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碳素材料的物理化学性质研究
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高纯度碳材料的制备与应用
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人造石墨、等静压石墨的制备技术理论与应用研究
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高温气冷堆用核级石墨的结构表征与性能评估
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其他新型碳材料的理论与应用
发表论文
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Fiber-filler size matching enables toughening of fine-grained isostatic graphite
Transactions of Materials Research, 2(8), 2026, 100301
.Intrinsic crystal dimensional change of graphite under ion irradiationCarbon, 255 (2026) 121543
.Growth, coalescence and defect evolution of
carbonaceous mesophaseCarbon, 251 (2026) 121319
.Spheroidization mechanism of flake graphite
in cascaded air classifier mill processCarbon, 247 (2026) 121070
.Fabrication and abrasion resistance of SiC and glassy carbon coatings on
spherical fuel elements, Submitted
.True crystal dimensional change of graphite under ion
irradiation, Submitted
.Determining the Effect of Grain Size on the
Microstructure and Oxidation of Nuclear GraphiteCarbon Energy, 2025, e70145
.Acid Vapor Doping of Polar Polythiophenes
Toward High Electrical ConductivityRSC Advances, 2025, 15, 2634
.Adhesive wear behavior of nuclear grade graphite, Submitted
.Hollow Carbon Fiber Architectures Fabricated
via Carbide-Derived Carbon Strategy for Ultra-Lightweight Thermal Protection SystemsAdvanced Functional Materials, 2025, 2506814
.Effect of graphene oxide modified low
quinoline insoluble coal tar pitch on its pyrolysis and Co-carbonization behaviorCarbon, 238 (2025) 120311
.Fracture morphology of fine-grained nuclear
graphite under dynamic loadJournal of Nuclear Materials, 614 (2025) 155879
.Point defects enhance cross-plane thermal
conductivity in graphiteAdvanced Materials, 2025, 2418569
.Epitaxial growth of carbonaceous mesophase
on coke surfaceCarbon, 234 (2025) 120029
.Utralow coefficient of thermal expansion in
a spheroidized natural flake graphite based isotropic graphiteJournal of Nuclear Materials, 605 (2025) 155544
.Microstructure of Gilsocarbon graphite
revealed by a correlative study of optical texture and FIB-TEMMaterials Characterization, 217 (2024) 114395
.Delayed pyrolysis of binder pitch in
fine-grained isostatic carbon blocksJournal of Analytical and Applied Pyrolysis, 183 (2024) 106743
.High-purity rayon-based carbon fiber felt
prepared by halogen gas purification for superior thermal insulation and oxidation
resistanceCarbon, 224 (2024) 119056
.Determination of impurity distribution in
IG-11/110 nuclear graphite using TOF-SIMSJournal of Nuclear Materials, 588 (2024) 154814
.Fabrication of matrix graphite with a high
degree of graphitization for spherical fuel elements by using natural microcrystalline graphite
fillersNuclear Engineering and Technology, 56 (2024) 4851–4858
.Ductile Ag2S0. 7Te0. 3 compounds fabricated
by using mechanical alloying methodFunctional Materials Letters, 17(7), 2024, 2451041-44
.Recent progress in the research and
development of natural graphite for use in thermal management, battery electrodes and the
nuclear industryNew Carbon Materials, 38(1) 2023, 73-91
.Pulverization and spheroidization of natural
graphite powder for the matrix graphite in high-temperature gas-cooled reactorsVolume 15: Student Paper Competition, Proceedings of 2022
ICONE29
.Characterization of heterogeneity in NBG-18
nuclear graphite microstructure by correlative analysis of optical texture and focused ion beam
transmission electron microscopy observationsCarbon, 189, 2022, 604-616
.石墨晶体的热膨胀系数和热导率(英文)新型碳材料, 2022, 37(03), 544-555
.石墨晶体的辐照缺陷及晶体尺寸变化研究进展炭素技术, 2022,41(03), 1-17
.基于SRIM程序两种模式计算石墨在离子辐照下的损伤程度碳素技术, 2021,40(04), 25-30
.The optical texture of PGA, Gilsocarbon,
NBG-18, and IG-110 nuclear graphiteJournal of Nuclear Materials, 552, 2021, 153013
.Microstructure and thermal expansion
behavior of natural microcrystalline graphiteCarbon, 177, 2021, 90-96
.Thermal and gas purification of natural
graphite for nuclear applicationsCarbon, 173, 2021, 769-781
.The microstructure and texture of
Gilsocarbon graphiteCarbon, 153, 2019, 428-437
.Advantages of natural microcrystalline
graphite filler over petroleum coke in isotropic graphite preparationCarbon, 90, 2015, 197-206
.Homogeneous and highly isotropic graphite
produced from mesocarbon microbeadsCarbon, 94, 2015, 18-26
.Abrasion behavior of graphite pebble in the
lift pipe of pebble bed HTRNuclear engineering and design, 293, 2015, 395-402
.Characterization of graphite dust produced
by pneumatic liftNuclear engineering and design, 305, 2016, 104-109
.Effect of oxidative stabilization on the
sintering of mesocarbon microbeads and a study of their carbonizationCarbon, 49, 2011, 3200-3211
.The use of asphalt emulsions as a binder for
the preparation of polycrystalline graphiteCarbon, 58, 2013, 238-241
.Interface enhancement of carbon
nanotube/mesocarbon microbead isotropic compositesComposites Part A, 56, 2014, 44-50
.Graphitic porous carbons prepared by a
modified template methodChemistry Letters, 2009, 38:90-91